Embedded Hardware
Engineering embedded products that power tomorrow
Overview
Ushers the next wave in
systems engineering and
innovation
Tessolve collaborates with clients to envisage, scale, and accelerate every phase of product development, from ideation to manufacturing. With a robust engineering foundation, we specialize in system architecture, design, development, testing, and support, delivering high-performance embedded solutions across industries.
Our expertise spans hardware and software, enabling us to provide tailored system architectures and versatile products for a range of applications.
Why Tessolve
What makes us best in
product engineering
With over 40+ products white-labeled, our competence in delivering benchmarked embedded solutions
and product engineering services is trusted by companies across avionics, automotive, and industrial
market segments. Salient differentiators that help us stand apart as industry specialist are:
End-to-end product engineering
As domain experts, we understand client needs and market trends, guiding system concepts and design goals while ensuring smooth execution across design, development, and validation.
SOM & system solutions
Continuous investment in engineering compact SOM modules and innovative systems to meet future industry needs. Our COE integrates hardware, software, and advanced lab technologies to speed up GTM.
Expert team
A team of 400+ embedded engineers with expertise in enclosure design, HW/SW development, test automation, and product validation, ensuring regulatory qualifications and certifications before manufacturing.
Labs & QA practices
State-of-the-art labs ensure fast product validation, post-silicon, and automotive testing, with adherence to EN9100 certified QMS for fault-free, high-performance post-release products.
Industry-specific expertise
With deep knowledge across automotive, avionics, and industrial sectors, our engineers deliver tailored embedded solutions that meet unique system and software requirements.
Expert’s POV
The strategic roadmap of
our embedded function
The management team of our embedded division share their strategic
perspective on why Tessolve’s embedded function stands at the
crossroads of accelerating industry possibilities.
Listen to our AVP for embedded systems,
Kiran Kumar Nagendra
Meet the Leaders Behind Tessolve Embedded
Systems Team
Scope
Design to FPGA to PCB
fab and software – all
under one roof
Product Design
Complete system design and development capability with ability to address complex hardware specifications while maintaining faster release cycles.
Hardware Capability
Capability to develop embedded hardware – microprocessors, microcontrollers, sensors, RF, and wireless devices for diverse applications.
FPGA Design & Emulation
Creating high-performing FPGA IC designs and signal processing solutions for next-gen DSP applications.
PCB Layouts
Competency in engineering and fabricating multi-layer printed circuit boards for embedded systems used in consumer and industrial electronics.
System Software
Efficient in developing device drivers, system software, and BSP applications for hardware support and acceleration.
Validations & Support
Beyond just development – validating
performance and providing support
Robust testing and validation of designed systems, as per industry regulations and certified processes for
quality assessment.
Creation of functional test benches to run simulations and check product performance against specific conditions and established benchmarks.
Providing technical support to the client team wherever required within the project cycle. This can include consulting, QA, design, etc.
Partnership
Extending the breadth of our module delivery
Besides in-house developed SOM Module Family MAGIK-2 modules based on the SMARC/Q7 standard, Tessolve also associates with partners for developing SOM & EVK datasheets. Explore our partnership network and their competencies.
Tangible Benefits
Promising outcomes on product
engineering engagements
End-to-End Project Management
Offload complex project tasks to our team, freeing your resources to focus on core priorities.
Flexible Lead Time Options
Tailor fabrication and assembly schedules to align with your budget and timeline requirements.
Seamless Collaboration
Integrate effortlessly with our design and project teams from the very start for smooth execution.
Optimized Scheduling
Ensure timely delivery with parallel coordination between fabrication and assembly units.
Certified Quality Partners
Rely on IPC1710-certified manufacturing partners for consistent and reliable quality outputs.
FAQs
Demystifying doubts regarding
product engineering
How can I accelerate the embedded system development process?
We have production ready ARM SoC based system on modules which will accelerate the product development cycle for our customers. We also provide an evaluation platform with Tessolve SDK to start the application development activities while the actual product hardware development is in progress.
Do you provide customized embedded hardware engineering services for specific hardware embedded system needs?
Yes, we provide customized solutions for specific hardware-embedded system needs based on the unique requirements of the customer’s product or system. Our experienced engineers will work closely with clients to define the requirements and take it through the development cycle.
What tools and technologies do you use to develop hardware-embedded systems?
We use various technologies to develop hardware-embedded systems, including microcontrollers, system-on-chip (SoC) devices, FPGA and CPLD devices. Cadence, Altium for schematic capture & layout design. Medini is used for Reliability analysis.
What industries can benefit from your expertise in embedded product design services?
Tessolve Embedded product engineering services apply to various industries, including automotive, avionics, industrial & consumer electronics.
What services do you offer as an embedded system manufacturer?
We offer a wide range of embedded product design services in the field of hardware embedded systems, including design, development, testing, and maintenance of functional test systems required for end of line manufacturing testing.
What are the advantages of using a hardware embedded system?
Hardware embedded systems offer several advantages over general-purpose computing systems, including lower cost, higher reliability, and faster response times. They are also often more energy-efficient and have a smaller form factor, making them ideal for use in space-constrained environments.
